RT @ChristianHenke_: @michiokaku If you identify the energy of the vacuum as the total energy density of space-time expansion, there is no…
@michiokaku If you identify the energy of the vacuum as the total energy density of space-time expansion, there is no mismatch: https://t.co/eXjFJ5opaQ
RT @ChristianHenke_: A solution proposal for the #cosmologicalconstantproblem. Visit https://t.co/qy4fyJnyjh, https://t.co/iKChw01ULJ. Plea…
RT @ChristianHenke_: A solution proposal for the #cosmologicalconstantproblem. Visit https://t.co/qy4fyJnyjh, https://t.co/iKChw01ULJ. Plea…
@lirarandall Concerning your article „What is dark matter“ in nature. Maybe this idea is interesting for you: https://t.co/aRt8UEC4DY
@Kuester_Jan Vielen Dank für Dein Template! Ich habe es etwas modifiziert und für eine Infografik über mein Paper verwendet. https://t.co/uIvX4lqzHT
A solution proposal for the #cosmologicalconstantproblem. Visit https://t.co/qy4fyJnyjh, https://t.co/iKChw01ULJ. Please ReTweet! https://t.co/me2CBi6WLq
@gfbertone @nature A generalized LCDM model where cold an hot #darkmatter are generated by a time-dependent cosmologiacal ‚constant‘ https://t.co/aRt8UEC4DY
RT @ChristianHenke_: Interpretation of #cosmologicalconstant as #vacuumenergy doesn’t consider kinetic energy! What happens when vacuum ene…
RT @ChristianHenke_: Time dependent #cosmologicalconstant and #vacuumenergy=total energy density of space-time expansion generates the miss…
@mcnees ... but without the missing mass problem of #darkmatter, we live in an universe with a negative cosmological ‚constant‘, https://t.co/aRt8UEC4DY
@skdh ... but without the missing mass problem of #darkmatter we live in a universe with a negative cosmological ‚constant‘, https://t.co/aRt8UEC4DY
Time dependent #cosmologicalconstant and #vacuumenergy=total energy density of space-time expansion generates the missing mass of #darkmatter. Please ReTweet! Visit https://t.co/iKChw01ULJ https://t.co/pt2R3WR5TY
Interpretation of #cosmologicalconstant as #vacuumenergy doesn’t consider kinetic energy! What happens when vacuum energy=total energy density of space-time expansion? Solving the #cosmologicalconstantproblem! Please ReTweet! Visit https://t.co/qy4fyJnyjh
The cosmological nature of the dark Universe. https://t.co/g5RqZv8ezO
The cosmological nature of the dark Universe https://t.co/VjjBT4VJtx